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Does the CIA know anything about China's weaponized nanotechnology?

 
Proteus
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05/29/2009 01:41 AM
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Does the CIA know anything about China's weaponized nanotechnology?
On 5/12/2009, I received an e-mail from Dr. William Mcintosh, the assistant producer for WELE, a radio website in Florida: "Mr. Navrozov-can we interview you regarding the China threat and nanotechnology?"

I accept all interviews on my key subject: "The defense of the democracies against the "new slave societies" (such as "Soviet" Russia, "National-Socialist" Germany, and "Communist" China) provided I am interviewed over the telephone or the TV equipment is brought into one of my two studios.

The interview took place on May 14, and its host was Doug Kosarek, who has a strong mind and a very pleasant voice. Mr. Mcintosh had sent me their written permission to outline the interview in NewsMax.com and WorldTribune.com.

I wanted first of all to establish for our audience certain undeniable facts that former President George W. Bush, the CIA, the U.S. Defense Department, and even the major media have been avoiding.

Has the dictatorship of China been developing (molecular) nano weapons, as Eric Drexler, who introduced the words "nano" and "nanotechnology," described them in his book of 1986? Yes or no?

Here are the articles, written by Chinese military officers and collected by the American Sinologist Michael Pillsbury during his stay in China. The collection is entitled "Chinese Views of Future Warfare." The last article in the collection was written by Major General Sun Bailin of China's Academy of Military Science and published in the Chinese magazine "National Defense" on June 15, 1996. The article is entitled "Nano Weapons on Future Battlefields." I will quote the last sentence of this article: " 'Nanotechnology' will certainly become a crucial military technology of the 21st century!"

The host of the program, Doug Kosarek, asked me to describe nano weapons. I said that molecular nano weapons are molecules converted into microscopic flying battle vehicles, complete with computers and everything necessary to annihilate nuclear bombs, for example. Billions of such virus-like vehicles make a cloud, moving where ordered and destroying whatever ordered. This is like bacteriological war, except that bacteria can only infect and thus spread a disease, while the microscopic nano battle vehicles destroy anything they are programmed to destroy.

Here Doug Kosarek expressed his reassuring confidence that in the United States there is a similar development of nano weapons. Yes! But what are the comparative levels of this development in the United States and China?

Thus we arrived at one of the possible key causes of the possible defeat of the democracies. Their intelligence/espionage is a century behind the times. They could penetrate the old traditional societies, and they can penetrate each other. But they cannot penetrate the "new slave states." One example. In the United States, there are millions of "illegals," that is, millions of possible spies. Now, suppose a U.S. aircraft dropped a spy on the territory of the pre-1991 Russia. He had to live (and sleep!) in some dwelling, right? But that would require him to get registered in that dwelling, and that would require his "internal passport," which could not be forged, since a copy was always kept by the ubiquitous ordinary police (not the KGB), and a telephone call to the police would reveal that there had been no police copy of the "internal passport" in question, that is, the "internal passport" was a forgery.

A Chinese dissident living in the U.S.A. told me how a Chinese nano lab or a workshop is built inside a mountain rock so that neither its wall nor its floor nor its ceiling could be drilled to penetrate it. The CIA does not mention Chinese nano weapons, since it knows nothing of their development in China and hence wants everyone to forget about them. Yet the phenomenal growth of China's nanotechnology in general is a fact not to be ignored. The British Guardian, which circulates worldwide, that is, West-wide, carried on March 3 an article entitled "China's Giant Step Into Nanotech." It would be absurd to suppose that an even more giant step has not been taken in China's development of molecular nano weapons.

Well, the "new slave states" have other military advantages over the democracies, which follow from the socio-political differences between the two.

A "new slave state," in peace or at war, is an army at war. Its dictator(s) can (secretly) allocate all human and physical resources (except the maintenance of the minimum for the rank-and-file majority and surpluses for the chiefs) to prepare for an attack with post-nuclear weapons and to make all inhabitants express joy with respect to whatever is done by the dictator(s), that is, their owner(s).

In a democracy, a human being can live for himself or herself. His or her perception of the need for the defense against a "new slave state" may be vague, utopian, or nonexistent. He/She is free to oppose any war or to extol any "new slave state," no matter how dangerous, as well as to help it (under "globalization" for example) to develop the best nano weapons, to say nothing of its science and technology in general.

Any strategic advantages of the democracies? Just one-freedom! Freedom creates genius, and genius created what was fundamentally new, such as the atom bomb, which grew out of the atomic research that won the Curies the Nobel Prize in 1892. The democracies are able to use the creativity of genius in freedom to defend themselves. Actually, though the idea of molecular nano weapons originated between 1959 and 1986, when it was described by Drexler in his book he published that year, he was ridiculed by producers of commercial nano products until just a few years ago. Some of those businessmen feared that the Congress would direct its nano allocations to Drexler's research institute and not to them.

In conclusion of the interview, I said: "Well, as you see, it is impossible to cover all the ground in one interview, and I am not against its sequel. Meanwhile, let's thank our listeners for their attention."
[link to www.worldtribune.com]
Proteus (OP)
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05/29/2009 01:59 AM
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NANOTECHNOLOGY WEAPONS ON FUTURE BATTLEFIELDS

Major General Sun Bailin

History shows that today's scientific dreams can readily become tomorrow's scientific realities and today's scientific explorations can become sources of development for tomorrow's socially productive forces and military combat power. Therefore, people who are concerned about future social development trends inevitably are also concerned with current scientific exploration. While advancing toward a macro world, people are also engaging in unremitting exploration of the micro world. Having undergone the "catalysis" of modern science and technology, certain notions that used to be viewed as wild tales are now approaching mankind "as if coming to "life." Some of man's fancies are to manufacture extremely small-scale electrical machinery that can only be seen under a microscope, an "intelligence chip" that could be transplanted into the brain of an insect or human, a "remote controlled submarine" that could freely navigate the human circulatory system or take control of the nervous system, small-scale spacecraft and satellites the size of a thimble, an actuator that could respond to a single atom, and so forth. These are microscale electromechanical system technologies that have been discussed with increasing frequency during the 1990s.

This article by Major General Sun Bailin of the Academy of Military Science is excerpted from National Defense, June 15, 1996.

The term "microscale electromechanical system" principally refers to controllable and movable microscale electromechanical apparatuses that have exterior dimensions of less than a millimeter and the components of which have dimensions that are in the micron to nanometer range. They are the inevitable result of man's pursuit of the miniaturization of high-technology apparatuses since the advent of microelectronic technology. As early as the beginning of the 1970s, exploratory research into microscale electromechanical systems had already begun, but this field saw substantial development only by the end of the mid-1980s. At that time, it was realized that by using advanced manufacturing technology for large-scale integrated circuits, one could develop microscale prototypes of large-scale mechanized systems. Hence, a "technological revolution" was initiated advancing toward microscale electromechanical systems. The essence of this "technological revolution" was that in the course of transforming man's relationship with nature, we have progressed from the material millimeter-micron stage to the molecular-atomic nanometer stage. It could possibly bring about a leap forward in unit material storage and information processing capabilities. Its basic characteristic is, through precise, perfect control and accurate, subtle discrete forms, to configure molecular or atomic structures rapidly and, according to a person's intent, to control atoms and molecules or atomic and molecular clusters to manufacture microscale devices with a specific function, thereby raising materials processing technology to an unprecedented level.

Because this revolution's latent prospects for application and its extremely rapid development, and also because of its having opened up several new high technologies of great significance to the national economy and defense, including nano-electronics, the study of nanomaterials, nanomechanics, nanobiology, nanomanufacturing, nanosurveying, nanocontrol, and nanomicrology, it is ushering in the "nano-era" of the 21st century. Experts commonly believe that technology on the micron-nanometer scale is military-civilian dual-use technology that contains extremely great promise. At present, its application in military affairs consists primarily of two aspects: microscale electromechanical systems and their micro-electric connected specialized integrated microscale apparatuses.
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05/29/2009 02:11 AM
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Rand Report

In 1993, the U.S. Rand Corporation submitted to the U.S. military a research report, "Military Applications of Microscale Electromechanical Systems," which portrayed the latent military applications of microscale electromechanical systems, attracting attention from relevant quarters. The possible military applications of the microscale electromechanical systems conceived of in this report include the following:

Microscale Robot Electrical Incapacitation Systems
The microscale electromechanical systems typically conceived for development usually include six sub-systems: sensor systems, information-processing and auto-navigation systems, maneuvering systems, communications systems, destruction systems, and drive generators. These microscale electromechanical systems have a certain automatic capability and mobility. When there is a need to attack enemy electrical systems, one can utilize unmanned aircraft to disperse these microscale electromechanical systems in the vicinity of a target.

When the target goes into operation, the systems sense the target's location and move in its direction until they permeate the target's interior, thus causing the enemy's electrical systems to malfunction. When releasing microscale electromechanical systems, one should be as close to the target as possible. In this way both time and equipment can be saved. After release, the systems can automatically seek the target and permeate its interior, thus causing it to wholly or partially lose its ability to operate. Microscale robot electrical incapacitation systems have an additional potential use, which is an economic blockade or embargo of the enemy. For example, by slipping into "information superhighway" apparatuses and preventing unimpeded flow along the "information superhighway," these systems could severely harm a modern, information-intensive economy. In addition, strategic targets that are vulnerable to attack by microscale robot electrical incapacitation systems include electrical power systems, civilian aviation systems, transportation networks, seaports and shipping, highways, television broadcast stations, telecommunications systems, computer centers, factories and enterprises, and so forth. Of course, there are those who worry that, were this kind of apparatus ever to used by an international terrorist organization, it could very possibly become a "double-edged sword" that threatens social stability.
Common Sense is King

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05/29/2009 02:29 AM
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bump


Great info.


I really enjoyed reading it.
If you lose your common sense, you are completely lost.
Proteus (OP)
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05/29/2009 02:42 AM
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Re: Does the CIA know anything about China's weaponized nanotechnology?
Ant Robots
These microscale electromechanical systems can be controlled with sound. The drive-energy source of ant robots is a microscale microphone that can transform sound into energy. They can be used to creep into the enemy's vital equipment and lurk there for as long as several decades. In peacetime, they do not cause any problems, but in the event of war, remote control equipment can be used to activate the hidden ant robots, so that they can destroy or "devour" the enemy's equipment. In addition, there are at least 25 specialists who have done many years of research on nanotechnology and microscale electromechanical systems. Speaking from the latter stages of a great deal of scientific investigation, within the next 10 to 25 years, manufacture of these microscale electromechanical apparatuses of molecular dimensions will be possible and may actually sport "changeable hair," like that of Sun Wukong. These ant robots would "self-replicate" and have ultrasensitive reconnaissance apparatuses and remote-control mines for a combat platform. Were the need to arise, ant robots could be released against an enemy and used to search out sensitive military areas that must be controlled. By means of a control program, microscale reconnaissance apparatuses and microscale mines could "self-replicate" to the required density, thereby creating a "strategic threat"or decisive blow against the enemy. It can be conceived that, once ant robots that can "self-replicate" appear on the future battlefield, a "sudden paralysis" of the enemy's macroscopic combat system will occcur by means of the tremendous combat force emitted by microscopic apparatuses, to the extent that the enemy must submit to the combat pressure created by microscopic electromechanical systems.

Blood Vessel Submarines
Microscale electromechanical systems can be made yet smaller, being manufactured into "blood vessel submarines." Such devices can undertake patrol missions within the complex human circulatory system, and upon discovering a "focus of infection" or an "abnormality" somewhere within the body, they can both send a warning signal and also undertake activities under the direction of a doctor or engage in mortal combat with bacteria and viruses within the body. If this concept is realized, doctors will be able to call upon microscale electromechanical systems to perform "molecular or atomic surgery."
Proteus (OP)
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05/29/2009 02:43 AM
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bump


Great info.


I really enjoyed reading it.
 Quoting: Common Sense is King

Thanx :)
Anonymous Coward
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05/29/2009 02:44 AM
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Re: Does the CIA know anything about China's weaponized nanotechnology?
They probably sold it to them.
Anonymous Coward
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05/29/2009 03:02 AM
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Re: Does the CIA know anything about China's weaponized nanotechnology?
Here is EXACTLY what we do KNOW.

The Clinton Administration provided missile technology.

As far as what they have learned techonologically in the field of nano-technology ?

We have SUPERIORITY by a landslide due to SUPER COMPUTERS and MASSIVE INVESTMENTS in MILITARY TECHNOLOGY.

China is formidable in their neck of the woods for sure.

Global reach however is limited compared to the ALLIES.
Anonymous Coward
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05/29/2009 03:55 AM
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Re: Does the CIA know anything about China's weaponized nanotechnology?
Here is EXACTLY what we do KNOW.

The Clinton Administration provided missile technology.

As far as what they have learned techonologically in the field of nano-technology ?

We have SUPERIORITY by a landslide due to SUPER COMPUTERS and MASSIVE INVESTMENTS in MILITARY TECHNOLOGY.

China is formidable in their neck of the woods for sure.

Global reach however is limited compared to the ALLIES.
 Quoting: Anonymous Coward 681271

actually you are dead wrong America put most of its budget in nano tech and failed china probably stole the results and their people covertly were probably working in American labs as spys and then stole whatever seemed worthwhile, that way they can watch American waste its money and keep the results without paying a dime.also nano tech has no government control over it in the corporate sector so anyone could be a spy
Anonymous Coward
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05/29/2009 03:59 AM
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Proteus (OP)
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Re: Does the CIA know anything about China's weaponized nanotechnology?
Distributed Battlefield Microscale Sensor Networks
In modern warfare, in order to accurately reconnoiter enemy combat deployments and troop movements in a timely fashion, opposing sides have invested financial, material, and personnel strength to research, produce, deploy, and employ reconnaissance systems and apparatuses throughout the world. However, the solemn facts of the Gulf War tell us that, when hunting the highly mobile and wideranging "scud" missiles, the area covered by existing reconnaissance systems is limited. However, microscale electromechanical systems could solve the problem of crucial areas that must be kept under continuous surveillance.

One possible case would be to use unmanned aircraft or other methods to distribute a large number of low-cost, use-on-demand microscale sensor systems over a combat zone. High-altitude unmanned aircraft would employ an onboard coded laser of a modulated double-angle reflection communications system to record the position of every microscale sensor. Then, the sensor systems begin to collect, process, and store information, until another unmanned aircraft uses an identical coded laser to send out an inquiry. Each sensor again employs modulated double-angle reflectors to transmit its data back to the unmanned aircraft. This type of microscale electromechanical system has clear advantages in terms of deployment, endurance, and vulnerability. Compared to existing theater long-range monitoring systems, microscale sensor systems are more rapidly and conveniently deployed, and they are more complete. Existing sensor equipment, when in the open, can be seen with the naked eye within a range of 200 meters. However, microscale electromechanical systems, which are measured in millimeters, cannot be distinguished with the naked eye when dispersed in the air and are also difficult to identify with instruments. Certain materials reveal that microscale electromechanical systems are not confined to use in the military arena. They also provide impetus for man's efforts to understand and alter his environment in the fields of information technology, the study of materials, environmental science, biology, and medical science.

In the application of specialized integrated microscale apparatuses, such apparatuses currently being developed can acquire environmental information on the local area or in remote areas and, through the specialized integrated microscale apparatuses' gene-fragment communications system, transmit the information to nearby microscale apparatuses. They can also transmit to a central processor. The uses of specialized integrated microscale apparatuses with the most vitality are the infield of space navigation. They will be able to gradually replace all sorts of subsystems on current spacecraft and carrier rockets, and then develop further into independent space systems, thus leading to the advent of microscale satellites and "nanosatellites."

Nanosatellites
"Nanosatellites" represent a revolutionary breakthrough in future satellite development. They are a type of distributed satellite structural system. Such distributed systems, in contrast to integrated systems, are able to avoid the damage that follows the malfunction of an individual satellite, and thus will increase the survivability and flexibility of future space systems. The best application of nanosatellites is their deployment in local satellite groups or in distributed constellations. For example, if we launch nanosatellites in solar stationary orbits, with 36 nanosatellites placed evenly into each of 18 equally spaced orbits, then there would be a total of 648 nanosatellites in orbit. Thus, we could ensure that at any given time, there would be continuous coverage and surveillance of any spot on the Earth. Currently, there are already a few western countries that are researching "microscale" satellites.
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Japan Making Greatest Investment

Since the beginning of the 1990s, the topic of microscale electromechanical systems has been raised many times in scientific publications, and this field's specialized deliberations have attracted attention. A few experts in Japan, Western Europe, and the United States believe that with the rapid development of science and technology, microscale electromechanical systems will be a research topic of the utmost importance over the next 10 years. According to the Rand Corporation report, Japan is the nation making the greatest investment into research and development of microscale electromechanical systems at present. Japan's Ministry of International Trade and Industry has formulated a 10-year plan for developing microscale electromechanical systems; furthermore, it has already built a "molecular assembler." At the end of 1993, the Hitachi Corporation announced that it had, under room temperature conditions, built a working single-electron memory chip. Just like current chips, this type of chip can store one bit of information, but the newer memory devices only require 1/1,000,000 of the power consumption of older memory devices, and they require only 1/10,000 of the surface area.
Common Sense is King

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05/29/2009 05:14 PM
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Thanks OP, I really enjoyed more information.

WOW!

bump
If you lose your common sense, you are completely lost.
Anonymous Coward
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05/29/2009 05:27 PM
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Keep the data coming--I'm passing it along to others.
Anonymous Coward
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05/29/2009 05:30 PM
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lol

no - the CIA comes to places like this and read stupid posts to get info. lol

because it is so secret it is plastered all over the net
rodm

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05/29/2009 05:57 PM
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Re: Does the CIA know anything about China's weaponized nanotechnology?
They ought to, Bill Clinton gave it to the Chinese in the 90's for campaign contributions!



On 5/12/2009, I received an e-mail from Dr. William Mcintosh, the assistant producer for WELE, a radio website in Florida: "Mr. Navrozov-can we interview you regarding the China threat and nanotechnology?"

I accept all interviews on my key subject: "The defense of the democracies against the "new slave societies" (such as "Soviet" Russia, "National-Socialist" Germany, and "Communist" China) provided I am interviewed over the telephone or the TV equipment is brought into one of my two studios.

The interview took place on May 14, and its host was Doug Kosarek, who has a strong mind and a very pleasant voice. Mr. Mcintosh had sent me their written permission to outline the interview in NewsMax.com and WorldTribune.com.

I wanted first of all to establish for our audience certain undeniable facts that former President George W. Bush, the CIA, the U.S. Defense Department, and even the major media have been avoiding.

Has the dictatorship of China been developing (molecular) nano weapons, as Eric Drexler, who introduced the words "nano" and "nanotechnology," described them in his book of 1986? Yes or no?

Here are the articles, written by Chinese military officers and collected by the American Sinologist Michael Pillsbury during his stay in China. The collection is entitled "Chinese Views of Future Warfare." The last article in the collection was written by Major General Sun Bailin of China's Academy of Military Science and published in the Chinese magazine "National Defense" on June 15, 1996. The article is entitled "Nano Weapons on Future Battlefields." I will quote the last sentence of this article: " 'Nanotechnology' will certainly become a crucial military technology of the 21st century!"

The host of the program, Doug Kosarek, asked me to describe nano weapons. I said that molecular nano weapons are molecules converted into microscopic flying battle vehicles, complete with computers and everything necessary to annihilate nuclear bombs, for example. Billions of such virus-like vehicles make a cloud, moving where ordered and destroying whatever ordered. This is like bacteriological war, except that bacteria can only infect and thus spread a disease, while the microscopic nano battle vehicles destroy anything they are programmed to destroy.

Here Doug Kosarek expressed his reassuring confidence that in the United States there is a similar development of nano weapons. Yes! But what are the comparative levels of this development in the United States and China?

Thus we arrived at one of the possible key causes of the possible defeat of the democracies. Their intelligence/espionage is a century behind the times. They could penetrate the old traditional societies, and they can penetrate each other. But they cannot penetrate the "new slave states." One example. In the United States, there are millions of "illegals," that is, millions of possible spies. Now, suppose a U.S. aircraft dropped a spy on the territory of the pre-1991 Russia. He had to live (and sleep!) in some dwelling, right? But that would require him to get registered in that dwelling, and that would require his "internal passport," which could not be forged, since a copy was always kept by the ubiquitous ordinary police (not the KGB), and a telephone call to the police would reveal that there had been no police copy of the "internal passport" in question, that is, the "internal passport" was a forgery.

A Chinese dissident living in the U.S.A. told me how a Chinese nano lab or a workshop is built inside a mountain rock so that neither its wall nor its floor nor its ceiling could be drilled to penetrate it. The CIA does not mention Chinese nano weapons, since it knows nothing of their development in China and hence wants everyone to forget about them. Yet the phenomenal growth of China's nanotechnology in general is a fact not to be ignored. The British Guardian, which circulates worldwide, that is, West-wide, carried on March 3 an article entitled "China's Giant Step Into Nanotech." It would be absurd to suppose that an even more giant step has not been taken in China's development of molecular nano weapons.

Well, the "new slave states" have other military advantages over the democracies, which follow from the socio-political differences between the two.

A "new slave state," in peace or at war, is an army at war. Its dictator(s) can (secretly) allocate all human and physical resources (except the maintenance of the minimum for the rank-and-file majority and surpluses for the chiefs) to prepare for an attack with post-nuclear weapons and to make all inhabitants express joy with respect to whatever is done by the dictator(s), that is, their owner(s).

In a democracy, a human being can live for himself or herself. His or her perception of the need for the defense against a "new slave state" may be vague, utopian, or nonexistent. He/She is free to oppose any war or to extol any "new slave state," no matter how dangerous, as well as to help it (under "globalization" for example) to develop the best nano weapons, to say nothing of its science and technology in general.

Any strategic advantages of the democracies? Just one-freedom! Freedom creates genius, and genius created what was fundamentally new, such as the atom bomb, which grew out of the atomic research that won the Curies the Nobel Prize in 1892. The democracies are able to use the creativity of genius in freedom to defend themselves. Actually, though the idea of molecular nano weapons originated between 1959 and 1986, when it was described by Drexler in his book he published that year, he was ridiculed by producers of commercial nano products until just a few years ago. Some of those businessmen feared that the Congress would direct its nano allocations to Drexler's research institute and not to them.

In conclusion of the interview, I said: "Well, as you see, it is impossible to cover all the ground in one interview, and I am not against its sequel. Meanwhile, let's thank our listeners for their attention."
[link to www.worldtribune.com]
 Quoting: Proteus 671909
Proteus (OP)
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05/30/2009 06:33 PM
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U.S. Military 3-Year Plan

According to the Rand Corporation, the investment of the United States in research into microscale electromechanical systems is probably an order of magnitude lower than that of countries such as Japan or the Netherlands. In order to turn around this lag in the area of microscale electromechanical systems, the United States has already included such systems in its "U.S. National Critical Technologies" plan, and the U.S. military has especially drafted a 3-year plan for developing and applying microscale electromechanical systems.

Of course, whether one discusses microscale electromechanical systems or specialized integrated microscale apparatuses, their research and development are not easy to accomplish. For microscale electromechanical system technology and specialized integrated microscale apparatus technology to move from the laboratory into engineering practice, and finally into application, there are still quite a few difficulties that must be overcome. However, a variety of indications show that "nanotechnological weapons" could well bring about fundamental changes in many aspects of future military affairs. "Nanotechnology" will certainly become a crucial military technology in the 21st century!
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Chinese Views Of Future Warfare
[link to www.ndu.edu]
(full book)
Normal Is Subjective

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Low-Cost Production of Nanostructured Super-Thermites

TECHNOLOGY AREAS: Chemical/Bio Defense, Materials/Processes, Weapons

ACQUISITION PROGRAM: PEO(W)-ACAT 1C

The technology within this topic is restricted under the International Traffic in Arms Regulation (ITAR), which controls the export and import of defense-related material and services. Offerors must disclose any proposed use of foreign nationals, their country of origin, and what tasks each would accomplish in the statement of work in accordance with section 3.5.b.(7) of the solicitation.

OBJECTIVE: Develop a safe, low-cost, high performance, high production rate method of preparing nanostructured super-thermite materials.

DESCRIPTION: "Super-thermite" is a metal fuel/metal oxide energetic mixture where at least one of the materials has a sub 100 nanometer dimension. Super-thermites with high energy content greater than TNT (4.5 kJ/g) are of interest. Thermite type compositions can have higher densities and energy content by volume than conventional organic explosives. This affords smaller weapon systems or enables the use of higher lethality weapons. A substantial increase in weapons performance is expected. The cost and production rate of super-thermite composites has limited the use of these materials in DoD applications. Currently, the most common approach for the preparation of super-thermites is by ultra sonication of nano metal and nano metal oxide powder. Eliminating the need for nano sized starting materials is preferable for cost minimization.

PHASE I: Determine the technical feasibility of preparing a high performance super-thermite composites in a low-cost but commercially scalable process. The material prepared by the new process should be comparable to that from the ultra sonication method. Capability to determine the performance of the super-thermite material by measuring the reaction rate, time to peak pressure, maximum peak pressure, and energy content is preferred.

PHASE II: Develop a prototype production system capable of producing nano-structured thermite with performance comparable to material from the sonication method. Demonstrate the preparation of several moderate scale batches and measure the performance characteristics as compared to material from the sonication process. Run to run reproducibility is required. Determine the aging and safety characteristics of the prototype prepared super-thermite material.

PHASE III: Develop a production ready system to support the development and integration of the super-thermite material into smaller weapons for the JSF internal weapons carriage, as primers for NAVAIR’s medium caliber Gatling gun ammunition, for use in CAD/PAD devices such as ejection seats and flare dispensers, and as flare materials.

PRIVATE SECTOR COMMERCIAL POTENTIAL/DUAL-USE APPLICATIONS: Low-cost super thermite has potential applications as lead-free primers for ammunition, igniters, flares, and fireworks, especially indoor displays.

REFERENCES:
1. S. H. Fischer and M. C. Grubelich, "Theoretical Energy Release of Thermites, Intermetallics, and Combustible Metals," 24th International Pyrotechnics Seminar, Monterey, CA, 1998.

2. Son, S. F., Foley, T., Sanders, V. E., Novak, A., Tasker, D., and Asay, B. W., "Overview of Nanoenergetic Research at Los Alamos," Mater. Res. Soc. Symp. Proc., Vol. 896, 2006, pp. 87-98.

3. Puszynski, J. A., Bulian, C. J. andSwiatkiewicz, J. J., "The Effect of Nanopowder Attributes on Reaction Mechanism and Ignition Sensitivity of Nanothermites," Mater. Res. Soc. Symp. Proc., Vol. 896, 2006, pp. 147-158.

4. Schoenitz M., Ward T., and Dreizin E.L. "Preparation of Energetic Metastable Nano-Composite Materials by Arrested Reactive Milling," Materials Research Society Proceedings, V. 800, pp: AA2.6.1-AA2.6.6, 2004
[link to www.navysbir.com]
I thought I'd beat the inevitibility of death to death just a little bit.
Proteus (OP)
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05/31/2009 09:39 PM
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Re: Does the CIA know anything about China's weaponized nanotechnology?
Hmmm...

I wonder what the difference would be between the energy(explosive) content of "super thermite" versus regular "thermite".

3x? 5x? maybe more?
Vunerably +10
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05/31/2009 10:18 PM
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Re: Does the CIA know anything about China's weaponized nanotechnology?
CIA in the mix.Web technology 18 mo.away.

KCIA-Your friend in Asia.
CASEY JONES 3741

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08/05/2012 06:19 PM
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Re: Does the CIA know anything about China's weaponized nanotechnology?
China is producing most of the products which incorporate nanoparticles.

Does the CIA and DIA know? They in on the game!
Monadnock, The Unrepentant Liberal
Fist in the Box

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03/10/2020 01:07 AM
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Re: Does the CIA know anything about China's weaponized nanotechnology?
bump5
Fist in the Box

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03/29/2020 06:39 PM
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Re: Does the CIA know anything about China's weaponized nanotechnology?
bump2
Anonymous Coward
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03/29/2020 06:41 PM
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Re: Does the CIA know anything about China's weaponized nanotechnology?
The CIA knows everything you dumb shit. And stop posting fucking books.
Anonymous Coward
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03/29/2020 06:44 PM
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Re: Does the CIA know anything about China's weaponized nanotechnology?
bsflagbsflagbsflag
Over watch

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03/30/2020 06:11 PM
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Re: Does the CIA know anything about China's weaponized nanotechnology?
If they want to use this then let’s just lob nukes like they are gernades
Buck Rogers

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03/30/2020 06:26 PM
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Re: Does the CIA know anything about China's weaponized nanotechnology?
The Harvard professor has 400 patents in the nanotech field
Anonymous Coward
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03/30/2020 06:27 PM
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Re: Does the CIA know anything about China's weaponized nanotechnology?
Kings of the earth are ruled over by the great city the vatican the whore who decieves all nation by her administration of drugs
Pharmakia



All nations are decieved by the great whore vaticans administration of drugs

What is corona really about?
Its the fake corona of the vaticans fake sun turned to darkness in the fake ressurection account added onto marks gospel chapter 16

Book of DANIEL
antichrist papacy is mark 16 fake Magdalene arriving at the tomb after sunrise
WHICH IS DANIELS PROPHECY OF THE Papal horns Thinking to change
SET TIMES.
And THE HORN PAPAL BEAST ANTICHRISTS
mocking Gods promise to king David about the SON messiah to sit on his throne forever .
God said ( paraphrase) only if you can break my covenant with NIGHT and DAY so they dont COME at the APPOINTED SET TIMES
will i not fulfill my promise to David of always having a son ( messiah - JESUS CHRIST) to sit on KING DAVIDS throne forever
viejasombra

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03/30/2020 06:28 PM

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Re: Does the CIA know anything about China's weaponized nanotechnology?
They probably sold it to them.
 Quoting: Anonymous Coward 20912


this, only a fake conspiratard could hope anything good coming from intel agencies
Bad Pattern

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03/30/2020 06:30 PM

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Re: Does the CIA know anything about China's weaponized nanotechnology?
OP is from 5/28/2009...
damned


Add that with:

01/2020 Arrest of Harvard decorated Nanotechnology guru...even n pee r reported that allegations of include:

Lieber set up the "WUT-Harvard Joint Nano Key Laboratory," according to the complaint, without telling Harvard about it.
The complaint says that when questioned by Harvard and investigators from the Department of Defense, which, together with the NIH, gave him nearly $18 million in grants, Lieber said, "He was never asked to participate in the Thousand Talents Program." Lieber is currently out on a $1 million dollar bond.

[link to www.npr.org (secure)]

Doc was on record making purported epic Breakthroughs with viruses and nanotechnology...given awards....2019:
[link to www.welch1.org (secure)]

This is highly interesting here....look at this......2006....


Forbes #4 Breakthrough in Nanotechnology of 2006....
ARRAYS CONNECT NANOWIRE TRANSISTORS WITH NEURONS

Researchers: Charles Lieber, Fernando Patolsky, Brian Timko, Guihua Yu, Ying Fang, Andrew Greytak, and Gengfeng Zheng (Harvard University)

In the first ever two-way interface between nanoelectronics and living neurons, Dr. Lieber and his team have created a revolutionary way to study brain activity. Silicon nanowires link up with the axons and dendrites of live mammalian neurons, creating artificial synapses between the two and allowing scientists to study and manipulate signal propagation in neural networks.

The device can measure the brain’s electric signals with unprecedented sensitivity, amplifying signals from up to 50 places on a single neuron. It will allow researchers to accurately model complex brain activity, pave the way for powerful neural prosthetics, and open the possibility for hybrid nanoelectronic and biological information processing.

[link to www.forbes.com (secure)]
spock

Last Edited by Bad Pattern on 03/30/2020 06:36 PM





GLP